Sound does not take trip at every in space. The vacuum that outer space has basically zero air. Since sound is simply vibrating air, an are has no air to vibrate and also therefore no sound. If you space sitting in a room ship and another an are ship explodes, you would certainly hear nothing. Exploding bombs, crashing asteroids, supernovas, and also burning planets would similarly be quiet in space. In a an are ship, you could of food hear the various other passengers due to the fact that your ship is filled through air. Additionally, a living human being will constantly be able to hear himself talk, breath, and circulate blood, because the waiting in his an are suit which sustains his life additionally transmits sound. However two astronauts in space suits floating about in an are will not have the ability to talk to each other straight no matter how tough they yell, also if lock are only inches away. Their inability come talk directly is not led to by their helmets getting in the way, however is rather led to by the vacuum of room not carrying sound in ~ all. The is why room suits room equipped v two-way radio communicators. Radio is a kind of electromagnetic radiation as with light and can thus travel v the vacuum of an are just fine. The astronaut\"s transmitter counter the sound waveform come a radio waveform and sends the radio tide through space to the various other astronaut, wherein is the converted ago to sound for the other person to hear. I suspect the entertainment industry portrays this principle mistakenly on objective for dramatic effect. A quiet exploding room ship is no as dramatic together a booming one.

Topics: air, sound, sound in space, an are movie, speed of sound, vacuum




You are watching: Does sound travel through a vacuum

\"*\"

To submit a question, email me:chrisbaird.ma
gmail.com

\"*\"

To share comments and also get updates, join us on other platforms:FacebookTwitter
\"*\"

\"*\"



See more: How Are Vascular And Nonvascular Plants Alike ? Access Denied

AntimatterAtomBlack HoleBrainCancerCentrifugalColdColorConservation of EnergyConservation the MomentumElectricityElectromagnetismElectronEnergyEvolutionFireFishGravityHeatHigh Blood PressureIonizationLicoriceLightMagnetismMassMomentumMoonOrbitPlanetary AlignmentPlanetsQuantumRadiationRainRefractionRelativitySkin CancerSolar SystemSoundSpace ShipSpeed that LightSunThermal RadiationTidesTornadoUltravioletVaccinesVisionWaterWaveWeightlessness